Dual Driver/Receiver comes in single TSSOP package.
LVDS Model FIN1049 provides high-speed control and data transfer and combines functionality of 2 single D/R devices in 16-lead, TSSOP package. With 400+ Mbps bandwidth, device provides low channel-to-channel and pulse skew of 350 ps max. Rail-to-rail, common-mode range accommodates LVPECL and LVCML logic signals, and power consumption of 90 mW (max) optimizes system power resources and protects...
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Diode Driver provides pulsed/QCW and CW outputs.
Benchtop PCX-7410 diode driver/current source delivers current pulses variable from 10 mA to 10 A, pulse widths variable from 50 nsec to 500 msec with rise times
Read More »Line Driver sends up to 4 identical signals over long lines.
Self-contained Model PRL-414B is a 1:4 TTL fanout line driver that delivers precision clock and logic signals from DC to 100 MHz to multiple loads over long lines. With 50 ohm line drivers, outputs of PRL-414B can drive up to 100 ft of 50 ohm cables at clock rates greater than 80 MHz. Typical output rise and fall times are 2 ns. Applications include data acquisition monitoring and synchronous...
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Video Line Drivers save space with integrated filters.
FMS6413 single-channel filter/driver features 1.0 dB flatness across pass band, 7.1 MHz cutoff frequency, and 37 dB stop-band rejection at 27 MHz. Filter approximates performance of 4th order Butterworth filter, and driver can drive 2Vp-p into 150 ohm load. Monolithic device includes DC restore/sync-tip clamp circuitry and is suitable for composite video applications. FMS6414 dual-channel unit...
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Microcontrollers in Power Electronics
This white paper explores the power supply advantages of digital microcontrollers, as well as how digital power supplies can be used to manage entire systems.
Read More »MOSFET/IGBT Drivers operate from 4.5 to 25 V.
Dual 2 Ampere IXD_402 and single 9 Ampere IXD_409 MOSFET/IGBT drivers are available with inverting or non-inverting configurations. IXDF402 can also be operated in differential mode. Voltage rating of 25 V makes them suitable for driving discrete IGBTs requiring 15 V gate bias. Both devices can be driven by TTL or CMOS input signals. Package options include standard 8-pin and 16-pin SOIC, 5-pin...
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Ensure Your Medical Device Meets Regulatory Standards with Triad's Custom Magnetics
Triad Magnetics' custom components for medical devices are designed and manufactured with the strictest regulatory standards in mind. Our capabilities include rapid design, prototyping, and testing of inductors, transformers, and power supplies for medical equipment. Check out our video to learn more.
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